Another consideration is to place important information higher in the display field so the user doesn't have to scroll the display to see related information. 另外还要考虑将重要信息放在显示视野中靠上的位置,这样用户就不必通过滚动显示才能看到相关信息了。
Currently, we can get around this by logging in as the administrator and changing this display field, but that has to be done for each solution ( assetRegistry), which can be time-consuming. 通常情况下,我们可以通过作为管理员登陆进去并更改这个显示字段来处理这个问题,但是要对每个解决方案这样处理(资产注册表),这将十分耗费时间。
Delete the display field that you just added and sorted. 删除刚刚添加并排序的显示字段。
The practical collaboration union converges elite resource in display field, which embody the professional spirit of space display. 务实的合作联盟聚合了显示领域的精英资源,更体现了航天光电的专业精神。
Electroluminescent display field ion microscopy 电发光显示器;电致发光显示器;场致发光显示器电场离子显微镜检查法
Read out the value from the display field. 从显示区域中读取值。
Having or showing typically masculine strength or energy In computer graphics, emphasizing a given display group by changing the attitudes of all the other display groups in the same display field. 在计算机制图技术中,通过改变同一显示场中所有其它显示组的属性来加强给定显示组的显示效果。
Combining real time data with flow drawings and publishing by Web pages to display field information has become one kind of trend for modern industry to develop. 将实时数据与流程图结合起来,通过Web的方式发布,实时显示现场的信息,已经成为现代工业的一大热门。
Field Emission of Carbon Nanotubes and Application in Flat Panel Display Field 碳纳米管的场致发射及在平板显示领域中的应用
Flat panel display ( FPD) test technology is a hot subject among display field. 平板显示测试技术是显示技术领域的一个研究热点。
Carbon nanotube field emission display ( CNT-FED) is a new type of flat panel display, it has drawn tremendous interest from flat display field. 碳纳米管场发射显示器(CNT-FED)是一种新型的平板显示器,在平板显示领域备受瞩目。
This paper reviews the progress of liquid crystal compounds, chirality's agents and oriented agents, andiscusses the application prospect of STN-LCD in display field. 本文综述了国内超扭曲液晶显示材料中所用单晶化合物、手性添加剂和取向剂的合成进展情况,并阐述了超扭曲液晶在显示领域中的应用前景。
Organic light-emitting device ( OLED) has become hotspot in the research of display field, which is regarded as the most competitive display in the future because of some special merits. 有机发光器件(OLED)已成为显示技术研究的热点,它的一些特有的优点被认为是未来最有竞争力的显示器。
It is the hottest research subject in display field recently. This dissertation focuses on the driving circuit of OLED ( Organic Light Emitting Device). 本文着重对有机电致发光显示器(OrganicLightEmittingDevice-OLED)的驱动电路进行研究。
Color Plasma Display Panels ( PDPs) is one of the important developing trends in the flat display field. 等离子体显示器已成为平板显示领域主要发展方向之一。
Digital projection display has become the mainstream in modern display field. Accurate focusing of the array pixel devices in these systems determines the quality of the displaying effect. 数字投影显示已成为现代数字显示领域的主流,阵列像素器件投影成像的的精确会聚,直接决定了显示的效果。
This article introduces the whole optical configuration for full color display, including dice K-factor control, LED packaging techniques, white balance and the design of LED lens. It is the most advanced optical match theory in LED display field. 介绍了LED全彩显示屏基于最主要部件-LED的全套配光方案,包括投产晶片的K-factor管理、封装工艺的控制、白平衡的调节以及LED光学透镜的设计,代表着业界先进的配光解决理念。
Color Plasma Display Panels ( PDPs) has become one of the important developing trends in the information display field, phosphor is of critical role to the performance of PDPs. 彩色等离子体平板显示器件已经成为信息显示领域重要发展方向之一,荧光粉对PDP器件的性能起着决定性的作用。
Organic light-emitting diodes ( OLED) is a hot topic in display field. 目前平板显示领域中,有机电致发光(OLED)显示器件是国内外研究的热点之一。
In this paper, synthesis and research of ferroelectric liquid crystal materials were reviewed in recent years in China and the problem about its application in display field was also discussed here. The prospect of other applications was reviewed. 总结了国内近年来铁电液晶材料的合成与研究工作和目前在显示领域应用中遇到的问题,并阐述了在其他领域的应用前景。
Sputtering targets of high-purity aluminum and its alloys are used commonly in integrated circuits and flat display field. Aluminum connection process has many advantages, such as mature technology, stable process, low price and so on. 高纯铝及其合金溅射靶材是集成电路和平面显示领域布线的常用原料,铝连线工艺有其技术成熟、工艺稳定、价格相对低廉的优势。
The colorful photoluminescent fibers have potential applications in display field. 这种可以光致发光的聚合物纤维在显示领域有着潜在的应用前景。
With the development of science and industrial technology, people have made great achievements in optoelectronics display field. More and more display products have been designed and researched successfully, which are widely applied in daily life. 随着科学技术与工业技术的发展,人们在光电子显示领域取得极大的发展,越来越多的显示产品研究成功,广泛地应用到生活中。
Projection display has been growing up rapidly in the late 1990 's. This display technology integrates microelectronics, precision optical instrumentation and precision mechanical technology, and is becoming the one of the main stream in the present display field. 投影显示技术是九十年代兴起的一种大屏幕显示技术,它集微电子技术、精密光学仪器技术以及精密机械技术为一体,已成为现代显示领域的主流。
Recently, more and more organic electroluminescence devices were used in the flat panel display field because of the low energy consume and the excellent luminescent properties. Many interests have also been paid to the research of organic luminescent materials. 近年来,由于有机电致发光器件具有低功耗及优异的发光性能等的特点,在平板显示领域得到了广泛的应用。
The host computer is used to collect and display field measuring data in real time, save and analyze them, run artificial neural network program and set all parameters of the system. 上位机完成现场测试数据的采集、实时显示、存储及分析,人工神经元网络运算以及系统各项参数的设置。
During special display field, the liquid crystal display has many advantages, such as small space, high quality, no radiation and so on, it has become the mainstream. In the future, it will have huge development. 在专用显示领域,由于液晶显示器具有体积小,显示质量高,无辐射等优点,已经成为专用显示领域的主流,并且拥有巨大的发展潜力。
Liquid crystal device ( LCD) has attracted more interest due to flatness portability, lower power consumption and eyesight protection. The share of LCD in the international display field will close to that of CRT and keep increasing tendency. 液晶显示器以其平板性、携带方便、功耗低、视力保健的优点越来越受青睐,已能与阴极射线管显示器平分国际市场,并正在已继续上升的势头发展。
As one of the three-dimensional ( 3D) display technique that employ the most extensive application currently, the 3D helmet-mounted display ( HMD) is a hot in display field recent years. 三维头盔显示器(Helmet-mountedDisplay,简称HMD)是近年来显示领域的研究热点之一,也是目前应用最广泛的3D显示技术之一。
High-speed guided-wave acousto-optic modulator can be used in optical communication, optical information processing, optical sensing and display field by using the control of SAW to light, such as modulation, switch and the control to the light propagation direction. 利用声波对光波的调制、开关以及对光束传播方向的控制作用而实现的集成声光器件可以广泛应用到光通信、光信息处理、光传感及显示等领域。